Solicité el puesto a través de la escuela superior o la universidad. El proceso duró 5 meses. Acudí a una entrevista en Metacube Software Pvt. Ltd. en nov 2022
Entrevista
Interview process is very smooth, usually interview last from 45 minut to 80 minutes max, you should have basic knowledge of one language, DSA, OOP's and knowledge about your projects and also DBMS and sql.
Solicité el puesto a través de la escuela superior o la universidad. Acudí a una entrevista en Metacube Software Pvt. Ltd.
Entrevista
Firstly, I was asked to introduce myself where i told about my college, hobbies, my technical interests and about my projects. Then he asked me 2 DSA question and 1 SQL query. One DSA question was to print the non repeating digit in the number. And Second DSA question was about to print the closest prime number from the given number (if there are 2 closest prime , both should be printed). And SQL query was based on the concept of joins.
Preguntas de entrevista [1]
Pregunta 1
Firstly, I was asked to introduce myself where i told about my college, hobbies, my technical interests and about my projects. Then he asked me 2 DSA question and 1 SQL query
Solicité el puesto a través de la escuela superior o la universidad. Acudí a una entrevista en Metacube Software Pvt. Ltd. (Jaipur, Rajasthan) en ene 2025
Entrevista
The interview was focused on the basics of programming.
The interviewer checked my Projects in the ongoing interview and asked the purpose and functionalities of them and also asked how the OOP was applied there.
The questions were normal and the difficulty level was Average.
Preguntas de entrevista [1]
Pregunta 1
Below is the pointwise description of all the questions asked in the Online Technical Round after clearing Aptitude, Logical Reasoning and Coding Objective Paper (Round 1) and Coding Test (Round 2):
1. Introduction
2. All Projects explanation
3. Internships explanation
4. OOP implementation of any project as in form of classes and objects
5. Usage of DBMS in projects
6. Strong OOP Concepts
7. Abstraction
8. Polymorphism
9. Virtual functions in runtime polymorphism
10. Diamond Problem
11. Inheritance
12. Abstract classes and usage
13. Interfaces and usage
14. Code To count sum of all natural numbers from 1 to n, that are multiples of either 6 or 9
15. Code for Left circular inplace rotation of a 1d array with a position as 'count'
16. Code of Bubble sort
17. Code for 2D matrix inplace transpose calculation